Recently in Internships Category

ExxonMobil Summer Jobs programme in 39th year

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By Lara Mcnamee

ExxonMobil is launching the 39th year of its community summer jobs programme, providing interns for 270 non profit agencies across America for eight weeks over the summer.

Students receive a paid internship allowing them to gain hands-on experience in a wide range of community organisations and the agencies benefit from support during the peak summer months. The programme also offers professional development opportunities and encourages non profit service among students viewed as future community leaders.

ExxonMobil says it has provided $16.3m to fund nearly 4,400 internships since the programme was founded in 1971. In 2010, ExxonMobil expects to contribute around $950,000 to fund 320 positions in Alabama, Alaska, California, Colorado, Kansas, Louisiana, Montana, Oklahoma, Texas, Virginia and Wyoming. The programme has also extended to New Jersey for the first time.

Non profit organisations selected for the programme include health, social services, education, arts and emergency assistance. While working with these organisations, interns gain hands-on experience related to their career paths, from social work and volunteer coordination to website management and marketing.

In addition to their internships, students also participate in professional development activities and group service projects in their respective cities. Interns are paid for all time spent in the programme.

For more information about the community summer jobs programme visit www.exxonmobil.com/csjp.

Diary of a scientist - "Hitting a stride"

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Ryan Murphy_Rhodia_COMPASS event.jpg

In this, the third installment, Ryan Murphy, a scientist just starting out on his career with Rhodia shares his first impressions of the chemical industry.


"So all the weeks building up to the COMPASS [Complex Assemblies of Soft Matter] ceremony, and the event itself, were great. As I mentioned previously, about a month before the ceremony, my short- to mid-range technical focus was steered toward energy-related scouting work.


Over the past few weeks I have been working side by side with postdocs and visiting scientists in our group, trying to understand the physics behind our novel materials through mainly atomic force microscopy and dynamic light scattering.  Even in such a short time, the results we came up with impressed the R&D and business management, which really gives us a full head of steam to press on. 

 

What has also been great is the level of visibility the COMPASS lab has received.  In a reasonably short period of time at a new job, I've taken part in numerous meetings with two or three of the top managers within Rhodia R&D to discuss technical feasibility issues, project direction, etc.  I have even had the chance to get them excited about some brand new product ideas, most of which are completely off the map for the company. 

 

Overall, I'm really impressed with the upper management of Rhodia.  It's clear they perceive the overarching goals of the COMPASS lab as incredibly important and it's refreshing to see a legitimate commitment to understanding the fundamental science behind the technologies of the company. 

 

Although there is always more to learn, I can safely say that working here is no longer mysterious.  I get it and it feels good."


(pictured: Ryan Murphy and Rhodia's Larry Hough, COMPASS lab manager, at the COMPASS technical poster session last week.)


•    Ryan Murphy joined Rhodia in December 2009 and is a senior scientist at Rhodia's Center for Research and Technology in Bristol, Pennsylvania in the US.

Click here if you missed Ryan's second entry, first entry and introduction.

Diary of a scientist - "The first two months"

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In the second installment, Ryan Murphy, a scientist just starting out on his career with Rhodia shares his first impressions of the chemical industry.

"I started working at Rhodia just before Christmas, so the first few weeks were pretty slow.  Normally, not being busy bothers me but it was actually really good to have time to learn general things like, how to do I use Outlook Calendar?  Where do people eat lunch?  And what route to work avoids traffic and takes me past a coffee place? 

After the holidays, things really picked up.  I started to focus on an energy-related scouting project, and it is exciting to be developing new technologies for the company. Even though the technical arena we are looking into is new to me, I was still able to immediately contribute with the technical and project management side of things, which felt great.

A few notables from my experience so far: First, there is a big difference between academia and industry when it comes to getting up to speed.  At Rhodia, I was trained in the company's safety policies and other procedures in the first days. I think when you're hired as a scientist for a company, that company is investing in you and your skills so they want to start seeing returns on that investment as quickly as possible.  It's just the nature of the business to get moving right away. It's fast-paced but the experience has actually been a lot of fun.

Second, the day-to-day work experience is quite different than in academia and government research.  Working in R&D at Rhodia requires more time in the office, in meetings and project planning.  This wasn't a shocker to me, but I bring it up because I think some scientists might consider that a turn-off.  I actually think the mix is stimulating.  Lab work can be really exciting and rewarding, but at times it can also be unbelievably frustrating and mentally taxing.  Personally I think a mixture of technical work and project planning is a perfect balance.

One last thing: It feels really nice to be doing what I love and making decent money for it!
 
Ryan Murphy_Rhodia4.jpgThat's my experience to date.  I am excited about the next few weeks. Right now everyone at Rhodia is ramping up for the inauguration of the COMPASS lab, which will bring together the upper management from the CNRS, Rhodia North America, Rhodia France and the principal investigators from the University of Pennsylvania, as well as outside guests for a two-day symposium and ceremony. It will be interesting to hear the feedback about the lab's format, projects and future opportunities.  Stay tuned..."

•    Ryan Murphy joined Rhodia in December 2009 and is a senior scientist at Rhodia's Center for Research and Technology in Bristol, Pennsylvania in the US.

Click here if you missed Ryan's first entry and introduction.

In the first of a series of articles, a scientist starting his career with Rhodia shares his first impressions of the chemical industry.

"When I was asked to write for a blog about Ryan Murphy_Rhodia1.jpgtransitioning into the chemical industry from academia, my first thought was who cares what I have to say? Then I started thinking about the whole process of getting this job at Rhodia, and it dawned on me that I could have really benefited from something like this when I was making that decision. 

Truth be told, I never thought I would work in industry. My plan was to try and stay in a government laboratory and maybe move on to academia later if it worked out that way.

So how did I end up here? I got offered one of the more unique jobs I've heard of, a position with the Complex Assemblies of Soft Matter (COMPASS) group at Rhodia, where the lab employees are tasked with finding 'the next big thing' for the company. 

What really appealed to me is that the lab operates like a start up company living inside an established chemical company. Rhodia's HR manager explained that I would conduct unique fundamental and applied lab research, measure and analyze data, search literature and patents, carry out market research, work with outside collaborators and secure outside funding, all while keeping customers, profitability and scalability in mind.

After hearing that, I was a changed man. I was thrilled when I got the offer and took it right away. 

Here at the COMPASS lab my colleagues and I really do it all. If we come up with something good, it enters Rhodia's marketing innovation pipeline, or it becomes the center piece for a start up company.  If the idea falls flat, we move on to the next thing.  

So, over the next few weeks I'll be documenting my experience, focusing on the transition from a pure research career path to a more business-oriented direction.  I hope it's informative, enjoyable, and maybe even funny... in fact, I was already told that in my first photo on the blog I look like Elton John in a lab coat. So, on that note...enjoy!"


•    Ryan Murphy joined Rhodia in December 2009 and is a senior scientist at Rhodia's Center for Research and Technology in Bristol, Pennsylvania in the US.

Diary of a scientist

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Rhodia_Ryan Murphy.jpg
Over the coming weeks the blog will be running the working diary of a scientist who is just starting out his career and wants to share his first impressions of the chemical industry.

Ryan Murphy joined Rhodia in December 2009 and is a senior scientist at Rhodia's Center for Research and Technology in Bristol, Pennsylvania in the US. He conducts research in a laboratory shared by Rhodia, the French National Center for Scientific Research and the University of Pennsylvania.

Before joining the company, he completed a two-year National Research Council postdoctoral fellowship with the polymers division of the National Institute of Standards and Technology.

Murphy graduated with honors from the University of Florida in 2002, earning a bachelor's degree in materials science and engineering with a focus on polymers. He gained a doctorate in polymer science and engineering in 2007 from University of Massachusetts, Amherst, where he studied transport phenomena of polyelectrolyte solutions. During his graduate studies, Murphy received a GAAN graduate research fellowship. He was selected as a finalist for the American Physical Society Frank J. Padden Award.

Keep checking back for regular updates...

Student helps chemical major cut costs

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Yini webpage.jpg
Saving your employer £27,000 isn't a bad way to make a first impression, is it? A student on a year-long work experience placement as part in the Year IN Industry (YINI) scheme has done just that.

Claire Dillon, 19, from Manchester, was working with INEOS ChlorVinyls in Runcorn, UK, and looked into how the chemical major could reduce costs on several of its cooling tower systems. She suggested ways to combine cooling tower units, isolate pumping capacity no longer needed and reduce pump impeller sizes to cut power consumption.

Despite her chemistry teacher once telling her that a chemical engineering career was too tough for a woman, Dillon redesigned the system and slashed its energy use by over 25%.

During her placement, she also redesigned a critical safety fire deluge system.

INEOS ChlorVinyls has since decided to sponsor her through her degree at Leeds University.
 
"Giving youngsters the chance to experience engineering before University is important in that it helps them to understand, and put into context, the practical implications of the theory they will learn later," says Nigel Browning, senior process engineer at INEOS ChlorVinyls.

"British industry needs good quality students to study and practice engineering and a YINI is an ideal way of doing this," he says.

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Image shows Claire Dillon receiving the Institution of Chemical Engineers North Western Branch Award for Contribution to the Business 2009 from Dr Ian McConvey from Institution of Chemical Engineers.

Why are so few women scientists and engineers?

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It's hard enough to find new recruits in the chemical
Man in lab coat with magnifying glass
sector, but a new study considers why so few women are tempted to pursue a career in science and engineering.

Published by AAUW - the American Association of University Women, the report considers the various challenges faced by women entering the industry, including stereotypes and gender bias. It also looks at initiatives that can help to attract women to the fields of science, technology, engineering, and maths (STEM).

Download a copy of the report: Why So Few? Women in Science, Technology, Engineering, and Mathematics.

Missed any of our campaign coverage?

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ICIS Chemical Business is now half way through its year-long education and recruitment campaign. Thanks to everyone who has so far offered feedback and support for this very important initiative!

The chemical sector urgently needs to attract top young talent and must pull out all the stops to lure the best graduates. Vacancies must be filled in a multitude of fields to help the sector thrive in the future, especially now after one of the toughest economic downturns in history. But what is the industry doing about it?

The campaign has received widespread support from leading market players and trade associations, including the Association of Petrochemicals Producers in Europe, the UK's Chemical Business Association, the US-based Chemical Heritage Foundation and France's Societe de Chimie Industrielle.

For any of you that may have missed any of our coverage, here are links to the articles that have featured so far in ICIS Chemical Business.



If you have any views/comments on any of the topics covered or would like to tell us what your company is doing to address the recruitment time bomb, then please send us an email.

There is also a special area on the ICIS connect web forum that will allow users to discuss the issues facing the industry.

Chemical firms look to recruit the best

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A recent issue of ICIS Chemical Business looked at how chemical companies are maintaining the drive to hire new talent.


Although the downturn has hit graduate recruitment, many chemical companies are still striving to win access to talent that will be vital for growth

CHARLIE SHAW/LONDON

For companies the world over, redundancies have been an unfortunate consequence of the fiscal slump. Ever at the mercy of changeable consumer markets, the chemical sector has been no exception to this.

Of those that have not had to resort to such measures, sustaining existing workforces has been the challenge and, in a bid to look after the old talent, some initiatives for attracting new talent have either been reduced in size or axed altogether.

Other companies, though, look beyond the downturn and continue to search for the best talent.

"As you know, the recession has been particularly tough for us. We've not been expanding for some time now," comments one UK-based human resources official from a European chemicals supplier. "There's been less of a focus on finding new talent and when we've had openings, we've been obliged to fill these internally where possible," he adds.

Some of his equivalents at other companies make similar observations, highlighting that when it comes to recruitment, there are some obvious regional differences. The relatively early recovery of the German economy, for example, means recruiting there has picked up more quickly than in countries such as the UK, where the recession has been more protracted. Also, sources point out that staff losses are incurred as a result of downsizing, which becomes more prevalent in hard times.

Continue reading the article...

Evonik Industries invests for the future

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By Lara Mcnamee

Evonik Industries has produced its latest Sustainability publication Amazing Answers to the Next Big Thing: Sustainability in which it talks about how it sees vocational training as being an investment in the future for young people, companies, and even industrial regions.

Evonik states that it gives people starting their careers lifelong opportunities through vocational training. In 2009, 600 young people began their apprenticeships at its Group companies. This it says is 9%, the apprentice ratio at Evonik which it claims is "well above average" for the German industry, which is at an average of 6.5%.  

The company offers over 40 vocational training courses that lead to officially recognized qualifications. Evonik invests around €57m/year in vocational training for young people.

The company believes that the number of people graduating from school is declining and that is reducing the size of the potential labour force. The company is currently preparing around 2,300 apprentices for future employment.

For more on Evonik's vocational training opportunities please click here.
 

About this blog

We’re in the midst of a recruitment crisis. Our Education and Recruitment Campaign will highlight the chemical industry’s efforts to address this, evaluate strategies, propose alternatives and improvements.

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